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A promising structure for fabricating high strength and high electrical conductivity copper alloys.


ABSTRACT: To address the trade-off between strength and electrical conductivity, we propose a strategy: introducing precipitated particles into a structure composed of deformation twins. A Cu-0.3%Zr alloy was designed to verify our strategy. Zirconium was dissolved into a copper matrix by solution treatment prior to cryorolling and precipitated in the form of Cu5Zr from copper matrix via a subsequent aging treatment. The microstructure evolutions of the processed samples were investigated by transmission electron microscopy and X-ray diffraction analysis, and the mechanical and physical behaviours were evaluated through tensile and electrical conductivity tests. The results demonstrated that superior tensile strength (602.04?MPa) and electrical conductivity (81.4% IACS) was achieved. This strategy provides a new route for balancing the strength and electrical conductivity of copper alloys, which can be developed for large-scale industrial application.

SUBMITTER: Li R 

PROVIDER: S-EPMC4746762 | biostudies-literature | 2016 Feb

REPOSITORIES: biostudies-literature

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A promising structure for fabricating high strength and high electrical conductivity copper alloys.

Li Rengeng R   Kang Huijun H   Chen Zongning Z   Fan Guohua G   Zou Cunlei C   Wang Wei W   Zhang Shaojian S   Lu Yiping Y   Jie Jinchuan J   Cao Zhiqiang Z   Li Tingju T   Wang Tongmin T  

Scientific reports 20160209


To address the trade-off between strength and electrical conductivity, we propose a strategy: introducing precipitated particles into a structure composed of deformation twins. A Cu-0.3%Zr alloy was designed to verify our strategy. Zirconium was dissolved into a copper matrix by solution treatment prior to cryorolling and precipitated in the form of Cu5Zr from copper matrix via a subsequent aging treatment. The microstructure evolutions of the processed samples were investigated by transmission  ...[more]

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